Equipment Info

Ball Mill Fritsch Pulverizer 5

Equipment Info

Equipment Code : 3337966

Make : FRITSCH

Model : P5

Institution : Indian Institute of Technology (IIT) Madras

Department : Metallurgical and Materials Engineering

Funding Agency Details : BRNS, Govt. of India

Pooling of Equipment slot : No

AMC End Date (Valid Till) :

PRISM Service Category (About PRISM) : D

Pre-Experiment Support (including sample preparation, setup assistance and pre-experimental guidance) :

Post-Experiment Support (including result interpretation, data analysis and post-experimental reporting) :

Equipment Certification (if any) (No document available):

Equipment Calibration (if any) (No document available):

Remarks / Special Instructions (if any):

Description : The main principle of mechanical milling can be described as the exploitation of high energy grinding to reduce the particle size. In general, the high energy ball milling route is used to yield nanosized particles,

Usage Rate: (as indicated by the custodian/host institution)

S.No.	Users Category	Rate (unit ) & (In Rupees)
1	Academic (External)*
2	Academic (Internal)***
3	Grassroot innovator
4	Industry User
5	National Research Lab User
6	Startup/MSME User

Accessories / Consumables / Spare parts / Testing modes

Sample Name	Sample Type	Sample UOM	Sample Availability	Unit Cost	Sample Quantity	Sample Description
No Data Available

The Indian Science, Technology, and Engineering facilities Map (I-STEM) is an interactive web portal designed to accelerate scientific progress in India. This initiative, conceived and supported by the Office of the Principal Scientific Adviser to the Government of India, creates a centralized platform for sharing publicly funded R&D equipment and facilities across various institutions throughout the country.

Resources

18004253281 (customer care)
support@istem.co.in

Indian Science Technology and Engineering facilities Map

Indian Science Technology and Engineering facilities Map

Ball Mill Fritsch Pulverizer 5

Equipment Info

Equipment Code : 3337966

Make : FRITSCH

Model : P5

Institution : Indian Institute of Technology (IIT) Madras

Department : Metallurgical and Materials Engineering

Funding Agency Details : BRNS, Govt. of India

Pooling of Equipment slot : No

AMC End Date (Valid Till) :

PRISM Service Category (About PRISM) : D

Pre-Experiment Support (including sample preparation, setup assistance and pre-experimental guidance) :

Post-Experiment Support (including result interpretation, data analysis and post-experimental reporting) :

Equipment Certification (if any) (No document available):

Equipment Calibration (if any) (No document available):

Remarks / Special Instructions (if any):

Description : The main principle of mechanical milling can be described as the exploitation of high energy grinding to reduce the particle size. In general, the high energy ball milling route is used to yield nanosized particles,

Usage Rate: (as indicated by the custodian/host institution)

Accessories / Consumables / Spare parts / Testing modes

Resources

Indian Science Technology and Engineering facilities Map

Indian Science Technology and Engineering facilities Map

Ball Mill Fritsch Pulverizer 5

Equipment Info

Equipment Code : 3337966

Make : FRITSCH

Model : P5

Institution : Indian Institute of Technology (IIT) Madras

Department : Metallurgical and Materials Engineering

Funding Agency Details : BRNS, Govt. of India

Pooling of Equipment slot : No

AMC End Date (Valid Till) :

PRISM Service Category (About PRISM) : D

Pre-Experiment Support (including sample preparation, setup assistance and pre-experimental guidance) :

Post-Experiment Support (including result interpretation, data analysis and post-experimental reporting) :

Equipment Certification (if any) (No document available):

Equipment Calibration (if any) (No document available):

Remarks / Special Instructions (if any):

Description : The main principle of mechanical milling can be described as the exploitation of high energy grinding to reduce the particle size. In general, the high energy ball milling route is used to yield nanosized particles,

Usage Rate: (as indicated by the custodian/host institution)

Accessories / Consumables / Spare parts / Testing modes

Acknowledgement Statement For Equipment users:

Acknowledgement Statement For Equipment users:

Resources